1. PROBLEM 14:-Two objects, a flower (A) and an orange (B) are within a rectangular compound wall,
whose P & Q are walls meeting at 900. Flower A is 1.5M & 1 M from walls P & Q respectively.
Orange B is 3.5M & 5.5M from walls P & Q respectively. Drawing projection, find distance between
them If flower is 1.5 M and orange is 3.5 M above the ground. Consider suitable scale..
b’ b’1
er)
ns w
3,5M TL (a
a’
1.5M
x y
Wall P Wall P
B
1.5M
a
3.6M
1M
A
Wall Q
b
5.5M
Wall Q F.V.

2. PROBLEM 15 :- Two mangos on a tree A & B are 1.5 m and 3.00 m above ground
and those are 1.2 m & 1.5 m from a 0.3 m thick wall but on opposite sides of it.
If the distance measured between them along the ground and parallel to wall is 2.6 m,
Then find real distance between them by drawing their projections.
TV
b’ b 1’
B
3.00 m
a’
1.5m A 0.3M THICK
WALL
(GL) X Y
b
0.3m 1.5m
Wall thickness FV
1.2m
a
2.6m
REAL DISTANCE BETWEEN
MANGOS A & B IS = a’ b1 ’

3. PROBLEM 16 :-
oa, ob & oc are three lines, 25mm, 45mm and 65mm
Tv
long respectively.All equally inclined and the shortest
is vertical.This fig. is TV of three rods OA, OB and OC
whose ends A,B & C are on ground and end O is 100mm
above ground. Draw their projections and find length of
each along with their angles with ground. O
o’
C
100 A
TL2 TL1
TL 3
Fv
b1’ b’ a’ a1’ c’ c1’
x y
a B
25
o Answers:
45 65 TL1 TL2 & TL3
b
c

4. PROBLEM 17:- A pipe line from point A has a downward gradient 1:5 and it runs due South - East.
Another Point B is 12 M from A and due East of A and in same level of A. Pipe line from B runs
150 Due East of South and meets pipe line from A at point C.
Draw projections and find length of pipe line from B and it’s inclination with ground.
12m
a’ 5 b’
1 Do
wn
war
d
5
TL G ra
die 1
( nt 1
FV an
sw : 5
er)
N
A 12 M
c’ c’1 c’2 B E
x y
N
W b
a 450 EAST
C
150
TV S
TL ( answer) = a’ c’
2
c DU
E
SO
UT = Inclination of pipe line BC
H
-E
AS
T
SOUTH

5. PROBLEM 18: A person observes two objects, A & B, on the ground, from a tower, 15 M high,
At the angles of depression 300 & 450. Object A is is due North-West direction of observer and
object B is due West direction. Draw projections of situation and find distance of objects from
observer and from tower also.
o’
30
0
450
15M
O
a’1 a’ b’ 300
450
a N
N
W E A
b o S
Answers: B
Distances of objects
from observe W
o’a’1 & o’b’
From tower S
oa & ob

6. PROBLEM 19:-Guy ropes of two poles fixed at 4.5m and 7.5 m above ground,
are attached to a corner of a building 15 M high, make 30 0 and 450 inclinations
with ground respectively.The poles are 10 M apart. Determine by drawing their
projections,Length of each rope and distance of poles from building.
c1’ c’ c’2 TV
C
300
b’
a’ 15M
450
15 M
7.5M
4.5M
300
A
4.5 M
450
12M
B
a b FV
10 M 7.5M
c
Answers:
Length of Rope BC= b’c’2
Length of Rope AC= a’c’1
Distances of poles from building = ca & cb

7. PROBLEM 20:- A tank of 4 M height is to be strengthened by four stay rods from each corner
by fixing their other ends to the flooring, at a point 1.2 M and 0.7 M from two adjacent walls respectively,
as shown. Determine graphically length and angle of each rod with flooring.
FV
a’
TV
True Length
Answers:
Length of each rod
= a’b’1
A
Angle with Hp.
=
X b’1 Y
b’
4M
a
B 1.2 M
0.
0.7 M
7
M
b FV
1.2 M
TV

8. PROBLEM 21:- A horizontal wooden platform 2 M long and 1.5 M wide is supported by four chains
from it’s corners and chains are attached to a hook 5 M above the center of the platform.
Draw projections of the objects and determine length of each chain along with it’s inclination
with ground.
h’
TV
H Hook
TL 5M
5M
d’1
x a’d’ b’c’ y (GL)
d c
D
1.5 M
h
A C
a b
2M 2M M
Answers: 1. 5
Length of each chain FV
= a’d’1 B
Angle with Hp.
=

9. PROBLEM 22.
A room is of size 6.5m L ,5m D,3.5m high.
An electric bulb hangs 1m below the center of ceiling.
A switch is placed in one of the corners of the room, 1.5m above the flooring.
Draw the projections an determine real distance between the bulb and switch.
6.5m Ceiling
TV
1m b’ b’1 Bulb
all
Side w
3.5m Front wall
a’
1.5 H
x y Switch
a
L D
Observ
er
5m b
B- Bulb
A-Switch
Answer :- a’ b’1

10. PROBLEM 23:-
A PICTURE FRAME 2 M WIDE AND 1 M TALL IS RESTING ON HORIZONTAL WALL RAILING
MAKES 350 INCLINATION WITH WALL. IT IS ATTAACHED TO A HOOK IN THE WALL BY TWO STRINGS.
THE HOOK IS 1.5 M ABOVE WALL RAILING. DETERMINE LENGTH OF EACH CHAIN AND TRUE ANGLE BETWEEN THEM
h’
TV
(chains)
a’b’ 1.5M
A 350
1.5 M
1M B
1M
c’d’ (wall railing) D
FV
X Y
a1 ad 2M
C Wall railing
(frame)
h
(chains)
Answers:
Length of each chain= hb1
b1 bc True angle between chains =